Hydrogen Gas Plants Dealers

Disha Bio Green Solutions is leading designer, manufacturer and supplier for Hydrogen Gas Generation Plants. We are following ISO coding in manufacturing & designing systems. Hydrogen gas generation Plant : There are four main sources for the commercial production of hydrogen: natural gas, oil, coal, and electrolysis; which account for 48%, 30% 18% and 4% of the world’s hydrogen production respectively. Fossil fuels are the dominant source of industrial hydrogen. Carbon dioxide can be separated from natural gas with a 60-70% efficiency for hydrogen production and from other hydrocarbons to varying degrees of efficiency. Specifically, bulk hydrogen is usually produced by the steam reforming of methane or natural gas. The production of hydrogen from natural gas is the cheapest source of hydrogen currently. This process consists of heating the gas in the presence of steam and a nickel catalyst. 

Hydrogen is suitable as a storage medium for renewable energies when they produce excess power (e.g. strong wind on a public holiday) Hydrogen-containing gases lead to combustion temperatures that are too high for conventional gas turbines For this reason, these turbines still have to be developed.

manufacturers and suppliers of professionally managed company of hydrogen gas plants , together with CO2 and N2O gas plants. Anticipating the demand for industrial gases we started manufacturing hydrogen gas to supply various industries cost effectively. We design and develop hydrogen gas plants under the supervision of experienced professionals. These hydrogen plants are designed to operate on low-cost fuel sources and they are built to the highest standards of performance. With the use of advanced technology and constant research and innovation, we are a leading name in the designing and manufacturing state of the art H2 gas plants.

• Specification: Design Code: ASME, AD MERKBALTTER, PD 5500, CODAP 2000 AND OTHERS

Introduction:- We manufacture Hydrogen Gas Vessel for Horizontal and vertical types are provided. Design Code: ASME, AD MERKBALTTER, PD 5500, CODAP 2000 AND OTHERS Implementation: The requirements of this code have been widely implemented into national and international Regulations and company standards specifically for hydrogen vessels tubes and cylinders have been broadcast. During the implementation process the recommendations have required a significant commitment of human, manufacturing and financial resources. In addition, during the implementation-phase there was disruption of the supply of hydrogen to the consumer which significantly increased unit costs. The recommendations of the working group are based on a combination of operating experience and on- going experimental work.

• Capacity: 5 Nm3/hr to 500 Nm3/hr
• Automation Grade: Automatic
• Gas Purity: 99%
• Dew Point: (-70) degree C
• Brand: Airro Engineering
• Leak Proof: Yes

• Capacity: up to 100 NM3/HR
• Automation Grade: Automatic
• Design: Customized

• Capacity: 50m3/hr

Hydrogen is abundant in nature, but only as an element that forms part of other compounds. This is why, in order to use it as an energy carrier, energy has to be applied first to extract hydrogen from these source.Hydrogen gas (plus oxygen gas as byproduct) is produced by splitting the water molecules by electrochemical means through. The application of direct current into electrolysis cell. Numbers of cells are connected in series with modular type for requisite Production capacity. Many safety features are incorporated in the designing of cell to avoid mixing of hydrogen and oxygen within the cell.

Steam-reforming natural gas is currently the most cost-effective method of producing hydrogen. This proven technology is also at the heart of Linde’s HYDROPRIME® product. Linde successfully launched this new line of fully modularised hydrogen generators in 2015 specifically to meet rising demand for compact, efficient and easy-to-install hydrogen solutions. The launch followed intensive testing by Hydro-Chem, a US-based affiliate of Linde's Engineering Division, which included demonstration of reliable operations in a variety of application scenarios.

• Capacity: 1 - 600 Nm3/hr
• Hydrogen quality: 99.8 %
• Nitrogen quality: 0.2 %
• Dew Point: (-)76 deg C
• Technology used: Bi-polar with pressurization

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